Y.Cheetah X-ray solution
Designed to meet a wide range of rigorous needs of the electronics, automotive, telecom, medical devices, military and aerospace industries, the versatile Y.Cheetah offers unmatched high-level performance at previously unknown ease of operation. The comprehensive expertise acquired by Feinfocus - the pioneer of microfocus X-ray inspection technology with more than 2500 system installations worldwide - steered the development of the high-end versatile inspection solution, the Y.Cheetah. The result is a high performance X-ray solution that is easily adapted to continuously changing inspection needs. An unmatched manipulation concept supported by smart technological solutions for 1-click operation lead to ultimate system flexibility and highest quality imaging. The Y.Cheetah system is the most efficient solution for advanced yet effortless real-time microfocus inspection ranging from manual single part to automated series applications.
1-click solutions
Designed to bring the highest quality images to any operator, the Y.Cheetah introduces a range of 1-click solutions that allow rapid inspection deploying even the most advanced technological functions at the touch of a button.
Zoom+ Technology
Y.Cheetah provides ultimate flexibility in magnification control deploying a twin magnification axis. In Zoom+ mode tube and detector axis are driven into the same direction synchronously at constant focus to detector distance. X-ray intensity remains constant maintaining optimum grayscale resolution – whatever magnification. There is no need for time-consuming tube adjustments and detector calibration.
PowerDrive Technology
The twin magnification axis allows controlling X-ray intensity and power in image acquisition. In PowerDrive mode tube and detector axis are driven synchronously into the opposite direction at constant geometric magnification. X-ray intensity quadruples at halved focus to detector distance (inverse square law: intensity proportional to 1/r²). Reducing the focus to detector distance has the same effect as either integrating images for noise reduction or increasing target current and X-ray intensity.
